Deep Drop Thru Hole Steering Arms Stainless Steel Un-Polished

Thru Hole Deep Drop Steering Arms Un-Polished S/S

PART NUMBER:

AHR-60306

Investment cast, 17-4 stainless steel construction unpolished. Thru-hole bolt design for increased safety. Fits 1937-1948 Ford spindles. Deep Drop arms engineered for 4" drop axle with wishbones. Accepts 5/8" or 11/16" Ford tie rod ends. Tapered 7 degrees from bottom side. See Technical Specifications below for part dimensions. SOLD IN PAIRS

: $189.99

Qty:

Overview

FEATURES:

For Use With 1937-1948 Ford Spindles

Mounting Center to Center Width: 3.300"
Tie Rod End Taper Angle: 7 Degree Tapered From Bottom Side

Manufactured from investment cast 17-4 stainless steel with a plain unpolished finish. Thru hole steering arms offer increased safety over blind hole steering arms by allowing users to put a nyloc nut or lock washer to secure their steering. The deep drop arm is most commonly used on 4" dropped axles using wishbones. See Technical Specifications below for part dimensions. 7 degree taper suits Ford style tie rod ends. All American Hot Rod Parts' thru hole steering arms come with a 0.800" bolt head bore, ideal for 1/2" socket cap mounting bolts, also available on this store. These arms are also available in full polish finish on this store, search for Polished Deep Drop Steering Arms in the search box to learn more.

WHAT'S INCLUDED:

1 (ONE)	Left Side Un Polished Deep Drop Steering Arm
1 (ONE)	Right Side Un Polished Deep Drop Steering Arm

NOTES & TIPS:

See measurements in the Technical Specifications tab below to ensure this part will fit your application.

If using hairpins or 4-bars, we recommend running "standard drop" steering arms, also available on this store. Search for Standard Drop Steering Arms in the search box to learn more.

If using a 5" axle, we recommend running "5 inch drop" steering arms, also available on this store. Search for 5" Steering Arms in the search box to learn more.

Illustrations in the Technical Specifications tab are for reference of dimensions ONLY. They may not be an accurate reflection of what the part looks like and may not be drawn to scale.